BSL HV 160.768kWh 314Ah Blue Stack 10 Battery – High-Voltage Energy Storage System
Product Code: BSL-HV-B-STA-314-P10
Product Overview
The BSL HV Blue Stack 10 Battery is a high-capacity, high-voltage battery energy storage solution designed for commercial, industrial and large-scale solar power applications. With an impressive nominal energy capacity of 160.768kWh, a battery capacity of 314Ah and an operating voltage range of 456V to 568V, this system provides substantial energy storage for demanding power requirements.
Part of the BSL Blue Stack high-voltage battery range, this 10-stack configuration is designed for integration into compatible high-voltage energy storage systems. It enables businesses and industrial facilities to store energy generated from solar photovoltaic (PV) installations and use that energy when required.
The Blue Stack 10 is suitable for projects requiring substantial battery storage capacity, reliable backup power support and improved energy management.
Key Features and Benefits
- 160.768kWh Energy Capacity: Provides substantial energy storage for commercial and industrial installations.
- 314Ah Battery Capacity: Designed to support high-capacity energy storage requirements.
- High-Voltage Architecture: Operating voltage range of 456V–568V for integration with compatible high-voltage equipment.
- Blue Stack 10 Configuration: Ten-stack configuration designed for large-scale energy storage applications.
- Solar Energy Storage: Stores excess solar energy for use when solar production is low or unavailable.
- Backup Power Support: Helps maintain power availability during utility interruptions when integrated into a suitably designed backup system.
- Commercial and Industrial Applications: Suitable for businesses, industrial facilities and large energy storage projects.
- Energy Management: Supports solar self-consumption, energy optimisation and reduced dependence on grid electricity.
- Scalable Energy Storage: Can form part of a larger energy storage installation when supported by the manufacturer’s system design.
Technical Specifications
| Specification | Details |
|---|---|
| Brand | BSL |
| Product Code | BSL-HV-B-STA-314-P10 |
| Product Name | BSL HV Blue Stack 10 Battery |
| Battery Type | High-Voltage Battery Energy Storage System |
| Nominal Energy Capacity | 160.768kWh |
| Battery Capacity | 314Ah |
| Nominal Voltage | Approximately 512V |
| Operating Voltage Range | 456V–568V |
| Configuration | Blue Stack 10 |
| Application | Commercial and Industrial Energy Storage |
Ideal Applications
The BSL HV Blue Stack 10 is designed for demanding energy storage installations, including:
- Commercial solar photovoltaic (PV) systems.
- Industrial solar energy installations.
- Large-scale Battery Energy Storage Systems (BESS).
- Commercial and industrial backup power solutions.
- Factories, warehouses and manufacturing facilities.
- Agricultural and farming operations.
- Solar self-consumption and energy optimisation.
- Facilities requiring substantial stored electricity.
- Compatible hybrid and grid-connected high-voltage energy systems.
Benefits of the BSL Blue Stack 10
High-Capacity Energy Storage
With 160.768kWh of nominal energy capacity, the Blue Stack 10 provides significant storage for installations with high electricity consumption and substantial backup power requirements.
Improved Solar Energy Utilisation
The battery can store surplus electricity generated during periods of strong solar production, allowing stored energy to be used when solar generation decreases or electricity demand increases.
High-Voltage System Integration
Its 456V–568V operating voltage range is intended for compatible high-voltage inverter and power conversion systems. A properly designed high-voltage installation can support efficient energy transfer and system integration.
Commercial Energy Management
Businesses can use battery storage to improve solar self-consumption, manage energy availability and support backup power requirements, depending on the configuration of the complete installation.
Installation and Compatibility
The BSL HV Blue Stack 10 must be installed as part of a properly engineered high-voltage battery energy storage system.
Before purchasing or installation, confirm the following:
- Compatibility with the selected high-voltage inverter or Power Conversion System (PCS).
- Battery Management System (BMS) communication compatibility.
- Supported charging and discharging voltage limits.
- Maximum charge and discharge current.
- Required DC protection, isolation and circuit-breaker equipment.
- Battery configuration and commissioning requirements.
- Installation space, ventilation and environmental requirements.
- Compliance with applicable electrical installation and safety standards.
Important Safety Information: High-voltage battery systems can present serious electrical hazards. Installation, configuration, commissioning and maintenance must be carried out by suitably qualified professionals in accordance with the manufacturer’s guidelines.
Product Information Disclaimer
The specifications in this product listing are based on the supplied product information. The nominal voltage of approximately 512V is calculated from the stated energy capacity of 160.768kWh and battery capacity of 314Ah.
Battery chemistry, maximum charge and discharge current, cycle life, depth of discharge, dimensions, weight, protection rating, communication protocols and parallel connection capabilities should be verified against the official manufacturer’s datasheet before final system design or installation.
Product Summary
The BSL HV 160.768kWh 314Ah Blue Stack 10 Battery (BSL-HV-B-STA-314-P10) is a high-capacity battery energy storage solution designed for commercial and industrial applications. With 160.768kWh of nominal energy storage and an operating voltage range of 456V–568V, it provides a substantial storage platform for compatible solar PV, backup power and high-voltage energy management systems.
A powerful energy storage solution for businesses and industrial facilities requiring high-capacity battery storage and reliable energy management.







